interaction is the expression of the instable equilibrium of
charges of neutron. The neutron has a very
precise geometry. Its core is
positive and its shell is negative. The association of positive and
negative charges could seem to be a very stable association. In fact,
in this model, positive charge is not NEXT to negative charge but IN
the negative charge.
In a sphere of charges, external fields have an opposite direction to
internal fields. So, if the shell of the neutron is seen by the
observer as a negative sphere, the inside of the shell is positively
charged. The electrostatic repulsion of the positive core and the
internal positive face of the shell lead to the expulsion of a sphere
This sphere will appear as a negative charge by an external observer.
This charge will be stabilized with a little
quantity of energy. The quantity of expulsed charge is determined by
the charge of the core (+1e). The quantity of energy which goes with
the charge is determined by the stabilization of the new-born proton
and not by the expulsed particle. This last one have to be optimized in
size and in energy to allow the birth of the electron and antineutrino.